Invertis Journals of Renewable Energy

Tuhin Datta ¹

Affiliations
1 Department of Physics, Ramjas College, University of Delhi, University Enclave, Delhi-110007, IN

Abstract

The chaotic universe often exhibits its rusty texture while undergoing through the non-equilibrium stages due to so many unknown causes. When the random and brutal incidents including annihilation of living organism occur in the globe, the entire integrated system breaks and the phenomena is so called BIS. The severe consequence is the origin of ultra energetic BIS - BOSONIC world sheet. The fields generated due to intense chaotic processes lead to BIS strings and superstrings with which our earth is interlinked with the other galaxies. At the time of breakdown of integrated system (BIS) the bosonic strings and superstrings are transformed into BISBOSONIC strings and BIS-BOSONIC superstrings. Hence affect the universal gravitational system leading to a drastic change in the surrounding. Mathematically we have introduced an operator, (LSFAO) which plays a major role in bringing about sudden changes in the world sheet. Out of bosonic and fermionic world sheets, we here shall consider the first one in order to explain the BIS-BOSONIC theory. In our present paper we have presumed the configuration of the non-equilibrium bosonic manifold of the universe and have denoted the same by Mⁿ(n > 3).

Keywords

Living State Forced Annihilation Operator (LSFAO), Breakdown of Integrated System (BIS), BIS-BOSONIC World Sheet, Effective Action, Green Function & Partition Function.

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Sobinder Singh ¹, Tuhin Datta ², Madan Mohan Bajaj ³, Deepak Kumar ⁴

Affiliations
1 Department of Applied Sciences, Maharaja Surajmal Institute of Technology, Guru Gobind Singh Indraprastha University, Delhi, IN
2 Department of Physics, Ramjas College, North Campus, University of Delhi, Delhi, IN
3 Department of Physics & Astrophysics, University of Delhi, Delhi, IN
4 Muslim Inter College, Asara (Baghpat), IN

Abstract

BIS processes follow linear as well as non linear dynamics. Under extreme chaotic condition a certain BIS process moves towards far from equilibrium state.The BIS energy is distributed in the form of quanta among the bionanoparticles prevailing within the chaotic objects. In order to visualize the pattern of this energy distribution we hired the method suggested by Monte Carlo to comprehend the matter in a better way.

Keywords

BIS Processes, Monte Carlo Method, Quantum Bionanostructures, Far-From Equilibrium States.

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Sobinder Singh ¹, Tuhin Datta ², Madan Mohan Bajaj ³

Affiliations
1 Department of Applied Sciences, Maharaja Surajmal Institute of Technology, Guru Gobind Singh Indraprastha University, Delhi, IN
2 Department of Physics, Ramjas College, North Campus, University of Delhi, Delhi, IN
3 Department of Physics & Astrophysics, University of Delhi, Delhi, IN

Abstract

Energized nociceptons are the particles associated with the quanta of BIS mechanism. The Ricci flow was introduced by Hamilton. It plays an important role in the proof of the Poincare conjecture. The behavior of a Nocicepton is comparable with that of a quantum wormhole in space-time foam. Suffice it can be described as a Ricci flow. Enhancement of entropy makes a system disordered. Hence enhances the energy of the BIS system along with the same of the surrounding galactic objects. In our present paper, the evolution of chaotic geometries under Ricci flow is studied. Using the properties of a quantum wormhole whose throats either pinch off or evolve to a monotonically growing state, we have calculate Boltzman-Shannon entropy to study the chaotic behavior of the nociceptons in four dimensional BIS space.

Keywords

Boltzman-Shannon Entropy, Chaotic Nociceptons, BIS Space, Ricd Flow Equations.

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Tuhin Datta ¹

Affiliations
1 Department of Physics, Ramjas College, North Campus, University of Delhi, Delhi-110007, IN

Abstract

Our present research work tries to incorporate the results of quantum game theory with the violent consequences like earthquakes often occurring in this earth. Due to several chaotic incidents the earth moves towards far-from equilibrium state resulting in fluctuation in BIS energy and BIS entropy. The journey from equilibrium to a far-from equilibrium state undergoes a quantum game which is very complex in nature and obeys various laws of statistical mechanics. An integrated system first breaks as the process of disorder evolves a large amount of heat changing the BIS entropy of the surrounding and brings about drastic changes in the strings which connect the system with the surrounding. This traumatic quantum game sustains for a very few moments causing a massive earthquake.

Keywords

BIS Processes, Quantum Game Theory, BIS Energy, (LSFAO), Nash Equilibrium (NE).

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